Summarize the electron transport chain in Oxidative Phosphorylation. How does the cell make ATP from the electron transport chain? Briefly describe the mechanism. How does the electron transport chain work to generate energy in the form of ATP? Write the chain of electron carriers in electron trans...
How do the products of glycolysis and Krebs cycle relate to the electron transport chain? During cellular respiration, which of the following best describes what happens to protons? a) They are pumped out of atp synthase before flowing back in through the ele...
Process in which ATP is formed as a result of the transfer of electrons from NADH or FADH 2 to O 2 via a series of electron carriers Oxidation of glucose: Glycolysis: 2ATP2NADH (5ATP) Pyruvate dehyd: 2NADH (5ATP) Citric acid cycle: 2ATP6NADH (15ATP)2FADH 2 (3ATP) Oxidative pho...
The emitter and collector layers are wider compared to the base. The emitter is heavily doped. Therefore, it can inject a large number of charge carriers to the base. The base is lightly doped and very thin compared to the other two regions. It passes most of all charge carriers to the ...
The moving charged particles are called charge carriers which may be electrons, holes, ions, etc. The flow of current depends on the conductive medium. For example: In the conductor, the flow of current is due to electrons. In semiconductors, the flow of current is due to electrons or ...
Figure 1. Fashion accessories presenting a complex geometry made of many cusps and valleys to represent a horse crest; the difference in deposited thicknesses of precious metals on a cusp and a valley observed in a cross section of the sample by a scanning electron microscopy (SEM) analysis. ...
When energy supply and demand are in imbalance, the excess/insufficient energy is stored/released through the energy storage equipment (electricity storage, gas storage, heat storage, cold storage, etc.) to maintain the dynamic balance of the system energy. The IES system can realize the energy ...
This is a copper atom diagram: 29 protons in the nucleus, surrounded by bands of circling electrons. Electrons closer to the nucleus are hard to remove while the valence (outer ring) electron requires relatively little energy to be ejected from the atom. ...
We can say that major conduction of n-type semi conductors is due to electrons. So, electrons are known as majority carriers and the holes are known as the minority carriers. P-type semi conductors:In a p-type semi conductor doping is done with trivalent atoms .Trivalent atoms are those ...
Light emission in semiconductors usually results from the recombination of carriers. When a forward voltage is applied to the semiconductor PN junction, the PN junction barrier is weakened, forcing electrons into the P region from the N region through the PN junction, and holes are injected into ...